The reservoir type of these devices smooths pulsating direct current from rectifiers. The Q factor, which relates energy loss in these devices, is a function of equivalent series resistance. In them, a lag of pi over 2 radians exists for [*] voltage behind current; their breakdown voltage depends on the dielectric strength. Their strength is proportional to the area of their parallel plates and in
The reservoir type of these devices smooths pulsating direct current from rectifiers. The Q factor, which relates energy loss in these devices, is a function of equivalent series resistance. In them, a lag of pi over 2 radians exists for [*] voltage behind current; their breakdown voltage depends on the dielectric strength. Their strength is proportional to the area of their parallel plates and inversely proportional to their distance. A really old one was the Leyden Jar, and its namesake unit, measured in coulombs per volt, is the farad. For 10 points, name this circuit device that stores charge.
The reservoir type of these devices smooths pulsating direct current from rectifiers.
{capacitors} [accept {condensers}]